(A) Diagram of a stage 6 egg chamber in cross-section. Anterior is left, posterior right. (B) Three-dimensional diagram of an egg chamber with the anterior half shown. Arrows indicate the migration …
Top row shows an example of a pair of neighboring cells in which one cell is protruding across their shared interface. Bottom row shows a case in which both cells are protruding across the …
(A) Timelapse frames of control, fat2, and CK-666-treated epithelia labeled with a membrane dye. Middle row shows segmented edges. Protrusive edges, defined as edges with average membrane extension …
Sample sizes of dataset used to generate plots in Figure 3B-D, Figure 3—figure supplement 1, and Figure 7C.
Membrane protrusivity of control, fat2, and CK-666-treated epithelia.
Used to generate Figure 3C.
(A) Plot showing the ratio of protrusive to total edges, with protrusivity defined in terms of membrane extension longest length (see Methods). In agreement with the average length definition, the …
(A) Images showing phalloidin staining of F-actin in control, fat2, and abi-RNAi-expressing epithelia. Bottom row shows the same images with displayed brightness increased. (B) Examples of segmented …
F-actin enrichment at cell-cell interfaces of control, fat2, and abi-RNAi-expressing epithelia.
Used to generate Figure 3—figure supplement 2C.
F-actin interface enrichment by angle in control and fat2 epithelia.
Used to generate Figure 3—figure supplement 2.
F-actin enrichment at leading-trailing interfaces in control and fat2 epithelia.
Used to generate Figure 3—figure supplement 2.
Control, fat2, and CK-666-treated epithelia are labeled with a membrane dye. Bottom row shows segmented edges. Protrusive edges, defined as ones with with membrane extensions longer than the 98th …
Control, fat2, and abi-RNAi epithelia with F-actin labeled with F-Tractin-tdTomato. The protrusivity of fat2 epithelia is intermediate between that of control and abi-RNAi epithelia. Brightness …
Control and fat2 epithelia are labeled with a membrane dye, and arrows indicating the orientation of protrusions are overlayed. Arrows originate at protrusion bases and have lengths proportional to …
(A) Timelapse frame of a fat2 mosaic epithelium with cell membrane labeled, used to evaluate protrusion orientations in control or fat2 cells within a migratory context. Boxes indicate examples of …
Used to evaluate protrusion orientations in control or fat2 cells within a migratory context. Boxes indicate examples of leading-trailing interfaces between neighbor pairs with each possible …
(A) Diagram showing Fat2 localization at the trailing edge and WAVE complex at the leading edge of the basal surface of follicle cells. The WAVE complex subunits referenced in this paper listed. (B) …
Sra1 levels at the basal surface of fat2 mosaic epithelia.
Used to generate Figure 5E and F.
(A) Images comparing the localization of markers of WAVE complex subunits: Sra1-GFP, Scar antibody, and Abi-mCherry, at the basal surface (top row) and in cross-section (bottom row). (B) Images of …
Migration speeds of epithelia expressing Sra1-GFP.
Used to generate Figure 5—figure supplement 1D.
(A) Images of Sra1-GFP at the basal surface in control and fat2 epithelia. (B) Examples of segmented cell-cell interfaces or medial basal surfaces overlaid on Sra1-GFP images. (C) Plot of mean …
Sra 1 enrichment at cell-cell interfaces of control and fat2 epithelia.
Used to generate Figure 5—figure supplement 2.
Sra 1 interface enrichment by angle in control and fat2 epithelia.
Used to generate Figure 5—figure supplement 2.
Sra 1 enrichment at leading-trailing interfaces in control and fat2 epithelia.
Used to generate Figure 5—figure supplement 2.
Sra 1 levels at the basal surface of cells in fat2 mosaic epithelia.
Used to generate Figure 5—figure supplement 2.
(A) Images of phalloidin-stained F-actin and mosaically expressed Sra1-GFP in an entirely fat2 mutant epithelium. Filled and open arrows indicate genotype boundary interfaces with and without …
Timelapse frames showing pairs of cell interfaces from control or fat2 epithelia expressing Sra1-GFP and labeled with a membrane dye. Arrows indicate membrane protrusions. Sra1-GFP is enriched at …
Pairs of cell edges from control or fat2 epithelia expressing Sra1-GFP and labeled with a membrane dye. Sra1-GFP is enriched at protrusion tips in both control and fat2 epithelia. The control movie …
Part one shows fields of cells from control and fat2 epithelia expressing Sra1-GFP. Part two shows individual cells from the same epithelia, with arrows indicating regions of WAVE complex enrichment …
Used to evaluate WAVE complex-enriched region dynamics in control or fat2 cells within a migratory context. Associated with Figure 6E and F .
(A) Timelapse frames of control and fat2 epithelia labeled with a membrane dye, showing the position of a cell’s protrusions over time. Top row shows the interfaces and protrusions of one cell and …
Frequency of interface protrusion polarity switches in control and fat2 epithelia.
Used to generate Figure 7C.
Top row shows the interfaces and membrane protrusions of one cell and its neighbors, labeled with a membrane dye. The segmented membrane extensions originating from the centered cell are overlaid in …
(A) Images of cells expressing Abi-mCherry and endogenous full-length Fat2-3xGFP or endogenous Fat2-3xGFP lacking the intracellular domain (Fat2ΔICD), used to assess colocalization. (B) Timelapse …
Colocalization of Fat2 and Abi along leading-trailing interfaces.
Used to generate Figure 8E, Figure 8—figure supplement 1.
Fat2, Abi, and F-actin distributions along the length of filopodia.
Used to generate Figure 8G.
(A) Images of cells expressing Fat2-3xGFP and Abi-mCherry in control, lar, and ena-RNAi backgrounds (top 3 rows) or E-cadherin-GFP and Abi-mCherry (bottom row, negative control for colocalization …
Ena, Abi, and F-actin distributions along the length of filipodia.
Used to generate Figure 8—figure supplement 1.
Abi enrichment at leading-trailing interfaces in the absence of Lar.
Used to generate Figure 8—figure supplement 1.
The leading-trailing interfaces of two cells expressing Fat2-3xGFP and Abi-mCherry, used to compare the distributions of Fat2 and the WAVE complex over time. The Fat2-3xGFP channel is offset 2 …
A side-facing cell-cell interface from an epithelium expressing Abi-mCherry and Fat2-3xGFP. Arrows indicate a site of transient Abi-mCherry accumulation, protrusion, and dissipation with no …
Reagent type (species) or resource | Designation | Source or reference | Identifiers | Additional information |
---|---|---|---|---|
Gene (Drosophila melanogaster) | Abi | NA | FLYB:FBgn0020510 | FlyBase Name: Abelson interacting protein |
Gene (Drosophila melanogaster) | Dlg | NA | FLYB:FBgn0001624 | FlyBase Name: discs large 1 |
Gene (Drosophila melanogaster) | E-cadherin | NA | FLYB:FBgn0003391 | FlyBase Name: shotgun |
Gene (Drosophila melanogaster) | Ena | NA | FLYB:FBgn0000578 | FlyBase Name: enabled |
Gene (Drosophila melanogaster) | Fat2 (kug) | NA | FLYB:FBgn0261574 | FlyBase Name: kugelei |
Gene (Drosophila melanogaster) | Lar | NA | FLYB:FBgn0000464 | FlyBase Name: Leukocyte-antigen- related-like |
Gene (Drosophila melanogaster) | Scar | NA | FLYB:FBgn0041781 | FlyBase Name: SCAR |
Gene (Drosophila melanogaster) | Sra1 (CYFIP) | NA | FLYB:FBgn0038320 | FlyBase Name: Cytoplasmic FMR1 interacting protein |
Genetic reagent (Drosophila melanogaster) | Abi-mCherry or ubi >Abi-mCherry | Bloomington Drosophila Stock Center; FLYB:FBrf0227194 (S. Huelsmann) | FLYB:FBst0058729; BDSC:58729 | FlyBase Symbol: P{Ubi-mCherry.Abi}3 |
Genetic reagent (Drosophila melanogaster) | abi-RNAi | National Institute of Genetics, Japan | FLYB:FBtp0079430; NIG:9749 R | |
Genetic reagent (Drosophila melanogaster) | E-cadherin-GFP | Bloomington Drosophila Stock Center; PMID:19429710 | FLYB:FBst0060584; BDSC:60584 | FlyBase Genotype: y[1] w*; TI{TI}shg[GFP] |
Genetic reagent (Drosophila melanogaster) | GFP-Ena or ubi >GFP-Ena | Bloomington Drosophila Stock Center; FLYB:FBrf0208868 (S. Nowotarski and M. Peiger) | FLYB:FBst0028798; BDSC:28798 | FlyBase Genotype: w*; P{Ubi-GFP.ena}3 |
Genetic reagent (Drosophila melanogaster) | ena-RNAi | Vienna Drosophila Resource Center | FLYB:FBst0464896; VDRC:43058 | |
Genetic reagent (Drosophila melanogaster) | Fat2-3xGFP FRT80B | Laboratory of S. Horne-Badovinac; PMID:28292425 | FLYB:FBal0326664 | FlyBase Symbol: kug[3xGFP] |
Genetic reagent (Drosophila melanogaster) | Fat2ΔICD-3xGFP FRT80B | Laboratory of S. Horne-Badovinac; PMID:28292425 | FLYB:FBal0326665 | FlyBase Symbol: kug[ΔICD.3xGFP] |
Genetic reagent (Drosophila melanogaster) | fat2 or fat2N103-2 FRT80B | Laboratory of Sally Horne-Badovinac; PMID:22413091 | FLYB:FBal0267777 | FlyBase Symbol: kug[N103-2] |
Genetic reagent (Drosophila melanogaster) | UAS >Flp | Bloomington Drosophila Stock Center; PMID:9584125 | FFLYB:FBst0004539; BDSC:4539 | FlyBase Genotype: y[1] w[*]; PUAS-FLP.DJD1 |
Genetic reagent (Drosophila melanogaster) | FRT80B | Bloomington Drosophila Stock Center; PMID:8404527 | FLYB:FBti0002073 | FlyBase Symbol: P{neoFRT}80B |
Genetic reagent (Drosophila melanogaster) | UAS >F-Tractin-tdTomato | Bloomington Drosophila Stock Center; FLYB:FBrf0226873 (T. Tootle); PMID:24995797 | FLYB:FBst0058989; BDSC:58989 | FlyBase Genotype: w*; P{UASp-F-Tractin.tdTomato}15 A/SM6b; MKRS/TM2 |
Genetic reagent (Drosophila melanogaster) | ubi >GFP NLS (3 L) FRT80B | Bloomington Drosophila Stock Center; FLYB:FBrf0108530 (D. Bilder and N. Perrimon) | FLYB:FBst0001620; BDSC:1620 | FlyBase Genotype: w*; P{Ubi-GFP.D}61EF P{neoFRT}80B |
Genetic reagent (Drosophila melanogaster) | lar13.2 FRT40A | Bloomington Drosophila Stock Center; PMID:8598047 | FLYB:FBst0008774; BDSC8774 | |
Genetic reagent (Drosophila melanogaster) | larbola1 | Bloomington Drosophila Stock Center; PMID:11688569 | FLYB:FBst0091654; BDSC:91654 | |
Genetic reagent (Drosophila melanogaster) | MKRS hsFLP/TM6b, Cre | Bloomington Drosophila Stock Center | FLYB:FBst0001501; BDSC:1501 | y[1] w[67c23]; MKRS, P{hsFLP}86E/TM6B, P{Crew}DH2, Tb[1] |
Genetic reagent (Drosophila melanogaster) | nanos-Cas9 | Bloomington Drosophila Stock Center; FLYB:FBrf0223952 (F. Port and S. Bullock); PMID:25002478 | FLYB:FBst0054591; BSDC:54591 | FlyBase Genotype: y[1] M{nos-Cas9.P}ZH-2A w* |
Genetic reagent (Drosophila melanogaster) | ubi >mRFP NLS (3 L) FRT80B | Bloomington Drosophila Stock Center; FLYB:FBrf0210705 (J. Lipsick) | FLYB:FBti0129786; BDSC:30852 | FlyBase Genotype: w1118; P{Ubi-mRFP.nls}3 L P{neoFRT}80B |
Genetic reagent (Drosophila melanogaster) | FRT82b ubi >mRFP NLS (3 R) | Bloomington Drosophila Stock Center; FLYB:FBrf0210705 (J. Lipsick) | FLYB:FBst0030555; BDSC:30555 | FlyBase Genotype: w1118; P{neoFRT}82B P{Ubi-mRFP.nls}3 R |
Genetic reagent (Drosophila melanogaster) | Sra1-GFP | Produced for this study | Sra1 endogenously tagged with GFP using CRISPR. Available from Horne-Badovinac Lab upon request to shorne@uchicago.edu | |
Genetic reagent (Drosophila melanogaster) | Sra1-GFP FRT80B | Produced for this study | Sra1 endogenously tagged with GFP using CRISPR, with FRT80B. Available from Horne-Badovinac Lab upon request to shorne@uchicago.edu | |
Genetic reagent (Drosophila melanogaster) | sra1-RNAi | Bloomington Drosophila Stock Center; PMID:21460824 | FLYB:FBst0038294; BDSC:38294 | FlyBase Genotype: y[1] sc* v[1] sev[21]; P{TRiP.HMS01754}attP2 |
Genetic reagent (Drosophila melanogaster) | tj >Gal4 | National Institute of Genetics, Japan; PMID:12324948 | FLYB:FBtp0089190; DGRC:104055 | FlyBase Symbol: P{tj-GAL4.U} |
Genetic reagent (Drosophila melanogaster) | w1118 | Bloomington Drosophila Stock Center | FLYB:FBal0018186 | |
Antibody | Discs Large; Dlg (mouse monoclonal) | Developmental Studies Hybridoma Bank | DSHB:4F3; RRID:AB_528203 | (1:20) |
Antibody | Scar (mouse monoclonal) | Developmental Studies Hybridoma Bank | AB_2618386 | (1:200) |
Antibody | Alexa Fluor 647, anti-mouse secondary (donkey polyclonal) | Thermo Fisher Scientific | Cat:A31571; RRID:AB_162542 | (1:200) |
Chemical compound, drug | CellMask Orange Plasma Membrane Stain | Thermo Fisher Scientific | Cat:C10045 | 15 min (1:250) |
Chemical compound, drug | CellMask Deep Red Plasma Membrane Stain | Thermo Fisher Scientific | Cat:C10046 | 15 min (1:250) |
Chemical compound, drug | TRITC Phalloidin | Millipore Sigma | Cat:1951 | 15 min at room temp (1:300) |
Chemical compound, drug | Alexa Fluor 647 phalloidin | Thermo Fisher Scientific | Cat:C10045 | 2 hr at room temp (1:50) |
Chemical compound, drug | CK-666, Arp2/3 complex inhibitor | Millipore Sigma | Cat:553502 | 750 μM |
Chemical compound, drug | Formaldehyde, 16%, methanol free, ultra pure | Polysciences | Cat:18814–10 | |
Chemical compound, drug | Recombinant human insulin | Millipore Sigma | Cat:12643 | |
Recombinant DNA reagent | plasmid: pU6-BbsI-chiRNA | Addgene | Addgene:45946; RRID:Addgene_45946 | PMID:23709638 |
Recombinant DNA reagent | plasmid: pU6 chiRNA Sra1 C-term | Produced for this study | CRISPR chiRNA construct for generation of Sra1-GFP. available from Horne-Badovinac Lab upon request to shorne@uchicago.edu | |
Recombinant DNA reagent | plasmid: pDsRed-attP | Addgene | Addgene:51019; RRID:Addgene_51019 | PMID:24478335. Vector used to make pDsRed-attP Sra1-GFP HR |
Recombinant DNA reagent | plasmid: pTWG | Drosophila Genome Resource Center | DGRC:1076 | source of enhanced GFP for generation of Sra1-GFP |
Recombinant DNA reagent | plasmid: pDsRed-attP Sra1-GFP HR | Produced for this study | CRISPR homologous recombinaton construct for generation of Sra1-GFP. Available from Horne-Badovinac Lab upon request to shorne@uchicago.edu | |
Software, algorithm | Zen Blue | Zeiss | ||
Software, algorithm | MetaMorph | Molecular Devices | ||
Software, algorithm | FIJI (ImageJ) | PMID:22743772 | ||
Software, algorithm | GraphPad Prism 9 for Mac | GraphPad Software | ||
Software, algorithm | Microsoft Excel for Mac, version 16.47 | Microsoft | ||
Software, algorithm | Python 3 | Python Software Foundation | ||
Software, algorithm | imageio | imageio contributors | ||
Software, algorithm | matplotlib | The Matplotlib Development team | ||
Software, algorithm | napari | napari contributors | ||
Software, algorithm | numpy | numpy contributors | ||
Software, algorithm | pims | pims contributors | ||
Software, algorithm | pandas | pandas contributors | ||
Software, algorithm | scikit-image | scikit-image development team | ||
Software, algorithm | scikit-ffm | scikit-fmm contributors | ||
Software, algorithm | scipy | scipy contributors |
Figure | Panel | Name | Genotype |
---|---|---|---|
1 | D | F-actin +Ena + Abi | w; ubi >GFP-EnaBDSC:28798/ubi >Abi-mCherryBDSC:58729 |
1 | F | Control | w; tj >Gal4DGRC:104055/+ |
1 | F | ena-RNAi | w; tj >Gal4DGRC:104055/UAS-ena-RNAiVDRC:43058 |
1 | F | abi-RNAi | w; tj >Gal4DGRC:104055/+; UAS-abi-RNAiNIG:9749R-3 |
2 | Top row | Protrusion in 1 direction | w1118 |
2 | Bottom row | Protrusion in both directions | w; fat2N103-2 FRT80B |
3 | A-C | Control | w1118 |
3 | A-C | fat2 | w; fat2N103-2 FRT80B |
3 | A-C | CK-666 | w1118 |
3 | D | Control | w1118 |
3 | D | fat2 | w; fat2N103-2 FRT80B |
4 | A,B | fat2 mosaic | w; tj >Gal4DGRC:104055, UAS >FlpBDSC:4539/+; fat2N103-2 FRT80B/ubi >GFP NLS FRT80BBDSC1620 |
5 | B | Sra1-GFP mosaic | w; tj >Gal4DGRC:104055, UAS >FlpBDSC:4539/+; FRT82B Sra1-GFP/FRT82B ubi >mRFP-NLSBDSC:30555 |
5 | C | fat2 mosaic | w; tj >Gal4DGRC:104055, UAS >FlpBDSC:4539/+; fat2N103-2 FRT80B/ubi >GFP NLS FRT80BBDSC1620 |
5 | D-F | Sra1-GFP mosaic | w; tj >Gal4DGRC:104055, UAS >FlpBDSC:4539/+; fat2N103-2 FRT80B Sra1-GFP/ubi >mRFP NLS FRT80BDSC:30852 |
6 | A | Sra1-GFP mosaic +fat2 | w; tj >Gal4DGRC:104055, UAS >FlpBDSC:4539/+; fat2N103-2 FRT80B Sra1-GFP/fat2N103-2 FRT80B FRT82B |
6 | B,D | Control | w;; Sra1-GFP/+ |
6 | B,D | fat2 | w;; fat2N103-2 FRT80B Sra1-GFP/fat2N103-2 FRT80B |
6 | E,F | fat2 mosaic +Sra1 | w; tj >Gal4DGRC:104055, UAS >FlpBDSC:4539/+; fat2N103-2 FRT80B Sra1-GFP/ubi >mRFP NLS FRT80BDSC:30852 |
7 | A,C | Control | w1118 |
7 | A,C | fat2 | w;; fat2N103-2 FRT80B |
7 | B | Example of switch | w;; fat2N103-2 FRT80B |
8 | A,E | Fat2 +Abi | w;; ubi >Abi-mCherryBDSC:58729, Fat2-3xGFP FRT80B/Fat2-3xGFP FRT80B |
8 | A,E | Fat2ΔICD + Abi | w;; ubi >Abi-mCherryBDSC:58729, Fat2ΔICD-3xGFP FRT80B/Fat2ΔICD-3xGFP FRT80B |
8 | B | Fat2 +Abi | w;; ubi >Abi-mCherryBDSC:58729, Fat2-3xGFP FRT80B/Fat2-3xGFP FRT80B |
8 | C,D,F,G | Fat2 +Abi + F-actin | w;; ubi >Abi-mCherryBDSC:58729, Fat2-3xGFP FRT80B/Fat2-3xGFP FRT80B |
3S1 | A | Control | w1118 |
3S1 | A | fat2 | w;; fat2N103-2 FRT80B |
3S1 | A | CK-666 | w1118 |
3S1 | B | Control | w1118 |
3S1 | B | fat2 | w;; fat2N103-2 FRT80B |
3S2 | A-C | Control | w; tj >Gal4DGRC:104055/+ |
3S2 | A-C | fat2 | w; tj >Gal4DGRC:104055/+; fat2N103-2 FRT80B |
3S2 | A-C | abi-RNAi | w; tj >Gal4DGRC:104055/+UAS-abi-RNAiNIG:9749R-3/+ |
3S2 | D | Control | w; tj >Gal4DGRC:104055/UAS >F-Tractin-tdTomatoBDSC:58989 |
3S2 | D | fat2 | w; tj >Gal4DGRC:104055/UAS >F-Tractin-tdTomatoBDSC:58989; fat2N103-2 FRT80B |
3S2 | D | abi-RNAi | w; tj >Gal4DGRC:104055/UAS >F-Tractin-tdTomatoBDSC:58989; UAS-abi-RNAiNIG:9749R-3/+ |
3S2 | E,F | Control | w1118 |
3S2 | E,F | fat2 | w;; fat2N103-2 FRT80B |
5S1 | A | Sra1-GFP | w;; Sra1-GFP |
5S1 | A | anti-SCAR | w;; Sra1-GFP |
5S1 | A | ubi >Abi-mCherry | w;; ubi >Abi-mCherryBDSC:58729/+ |
5S1 | B | Control | w; tj >Gal4DGRC:104055/+ |
5S1 | B | abi-RNAi | tj >Gal4DGRC:104055/+; UAS-abi-RNAiNIG:9749R-3/+ |
5S1 | C | Control | w1118 |
5S1 | C | Sra1-GFP x1 | w;; Sra1-GFP/+ |
5S1 | C | Sra1-GFP x2 | w;; Sra1-GFP |
5S1 | C | sra1-RNAi | w; tj >Gal4DGRC:104055/+; UAS >sra1-RNAiBDSC:38294/+ |
5S1 | D | Control | w1118 |
5S1 | D | Sra1-GFP x1 | w;; Sra1-GFP/+ |
5S1 | D | Sra1-GFP x2 | w;; Sra1-GFP |
5S2 | A, C-E | Control | w;; Sra1-GFP/+ |
5S2 | A, C-E | fat2 | w;; fat2N103-2 FRT80B Sra1-GFP/fat2N103-2 FRT80B |
6S1 | Control | w;; Sra1-GFP/+ | |
6S1 | fat2 | w;; fat2N103-2 FRT80B Sra1-GFP/fat2N103-2 FRT80B | |
8S1 | A,B | Control Fat2 +Abi | w;; ubi >Abi-mCherryBDSC:58729, Fat2-3xGFP FRT80B/Fat2-3xGFP FRT80B |
8S1 | A,B | Fat2ΔICD + Abi | w;; ubi >Abi-mCherryBDSC:58729, Fat2ΔICD-3xGFP FRT80B/Fat2ΔICD-3xGFP FRT80B |
8S1 | A,B | ena-RNAi, Fat2 +Abi | w; tj >Gal4DGRC:104055/UAS >ena RNAiVDRC:43058; ubi >Abi-mCherryBDSC:58729, Fat2-3xGFP FRT80B/Fat2-3xGFP FRT80B |
8S1 | A,B | Control Fat2 +Abi | w; larbola 1BDSC:91654/lar13.2 BDSC:8774 FRT40A; ubi >Abi-mCherryBDSC:58729, Fat2-3xGFP FRT80B/Fat2-3xGFP FRT80B |
8S1 | C | Fat2 +Abi | w;; ubi >Abi-mCherryBDSC:58729, Fat2-3xGFP FRT80B/Fat2-3xGFP FRT80B |
8S1 | D-F | Ena +Abi + F-actin | w; ubi >GFP-EnaBDSC:28798/ubi >Abi-mCherryBDSC:58729 |
8S1 | G | Control | w;; ubi >Abi-mCherryBDSC:58729, Fat2-3xGFP FRT80B/Fat2-3xGFP FRT80B |
8S1 | G | lar | w; larbola 1BDSC:91654/lar13.2 BDSC8774 FRT40A; ubi >Abi-mCherryBDSC:58729, Fat2-3xGFP FRT80B/Fat2-3xGFP FRT80B |
Figure | Panel | Days on yeast | Temp. (°C) |
---|---|---|---|
1 | D | 2–3 | 25 |
1 | F | 3 | 29 |
2 | 2–3 | 25 | |
3 | A-D | 2–3 | 25 |
4 | A,B | 2–3 | 25 |
5 | B | 7 | 25 |
5 | C | 3 | 25 |
5 | D-F | 3 | 25 |
6 | A | 5 | 25 |
6 | B,D | 2–3 | 25 |
6 | E | 2–3 | 25 |
7 | A-C | 2–3 | 25 |
8 | A,E | 2–3 | 25 |
8 | B | 2–3 | 25 |
8 | C,D,F,G | 2–3 | 25 |
S1 | A-C | 2–3 | 25 |
S2 | A-C,E,F | 2–3 | 29 |
S2 | D | 2–3 | 29 |
S3 | A | 2–3 | 25 |
S3 | B | 3 | 29 |
S3 | C | 3 | 29 |
S3 | D | 2–3 | 25 |
S4 | A-E | 2–3 | 25 |
S5 | 2–3 | 25 | |
S6 | A,B,F | 3 | 29 |
S6 | C | 2–3 | 25 |
S6 | D-F | 2–3 | 25 |